How to Overclock Your Monitor for Higher Refresh Rate

Overclocking your monitor means forcing it to run at a refresh rate higher than its factory rating, which can make motion look smoother and reduce perceived input lag in fast-paced games. This guide walks you through the safe, practical steps to push your display beyond its stock 60Hz or 75Hz, what you need before starting, and how to fix common problems. You’ll be adjusting settings in your graphics card control panel and possibly creating a custom resolution, so you’ll need a PC with an NVIDIA or AMD GPU and a DisplayPort or dual-link DVI cable for the best results.

What You’ll Need

• A monitor that is known to overclock well (IPS and VA panels often have more headroom than TN, but results vary).
• A discrete graphics card from NVIDIA or AMD (integrated graphics often lack the necessary custom resolution options).
• A high-quality cable: DisplayPort 1.2 or newer is preferred; HDMI may limit you to lower refresh rates, and dual-link DVI is needed for older monitors.
• Your monitor’s native resolution and current refresh rate noted down (check in Windows display settings).
• Patience and a way to revert changes if the screen goes black (Windows safe mode or a second monitor).

Step-by-Step

1. Check your current refresh rate. Right-click the desktop, select Display settings (Windows 10/11), scroll to Advanced display settings, and note the refresh rate shown. This is your baseline.
2. Update your graphics driver. Go to NVIDIA or AMD’s website and install the latest driver for your GPU. Outdated drivers can cause instability during overclocking.
3. Open your GPU control panel. Right-click the desktop and choose NVIDIA Control Panel or AMD Software: Adrenalin Edition. For NVIDIA, go to Display > Change resolution. For AMD, go to Display > Custom Resolutions.
4. Create a custom resolution (NVIDIA). In the Change resolution window, click Customize, then check Enable resolutions not exposed by the display. Click Create Custom Resolution. A dialog box will appear with fields for resolution and refresh rate.
5. Set the refresh rate. In the custom resolution dialog, keep the same horizontal and vertical pixels (e.g., 1920 x 1080). Change the Refresh rate field from 60 to 65 Hz. Leave all other timing settings as they are (they should auto-fill). Click Test.
6. Confirm the test. The screen will go black for a few seconds. If the new refresh rate works, a dialog will ask if you want to keep the changes. Click Yes. If the screen stays black or flickers, wait 15 seconds—Windows will revert automatically. If it doesn’t revert, restart your PC.
7. Apply the custom resolution. After the test passes, the custom resolution appears in the list. Select it, apply, and then go to Windows display settings to confirm the new refresh rate is active.
8. Repeat in small increments. Increase the refresh rate by 5 Hz each time (e.g., 65, 70, 75) and test each step. Stop when the screen fails to display or artifacts appear.
9. For AMD. In AMD Software, go to Display > Custom Resolutions, click Create New, enter the same resolution, change the refresh rate, and hit Save. Then select the new resolution from the list and apply.
10. Test with a game or motion tool. Use a UFO test (like Blur Busters’ UFO test) to verify the refresh rate is actually being used. Launch a game and check that the frame rate can exceed the old refresh rate.

Common Mistakes

• Jumping too high. Going from 60Hz straight to 90Hz often fails. Small 5Hz steps are more stable.
• Using HDMI. Many monitors limit HDMI to 60Hz even if they can do more over DisplayPort. Always use DisplayPort if available.
• Forgetting to enable the custom resolution. Creating it is not enough—you must select it in the list and apply it in Windows.
• Overlooking cable quality. A cheap or damaged cable can cause black screens or flickering at higher refresh rates. Try another cable if you have issues.
• Not checking the monitor’s OSD. Some monitors have an overdrive or response time setting that can cause artifacts when overclocked. Set it to the middle or off if you see ghosting.

Tips

• Start with a 5Hz increase and test for at least 30 minutes in a game before going higher.
• Overclocking can increase input lag if the monitor’s scaler struggles. If you notice more lag, back off to the last stable setting.
• Some monitors have a hidden service menu that allows higher overclocks, but this voids warranty and is riskier—only use if you understand the risks.
• Keep a spare monitor or use remote desktop software so you can revert settings if the screen goes black.
• Write down your stable overclock settings so you can reapply them after a driver update.
• If you see flickering or random black screens, reduce the refresh rate by 5Hz—stability is more important than a few extra frames.

Troubleshooting

Screen goes black and doesn’t come back. Wait 15 seconds for Windows to revert. If it doesn’t, restart your PC. If the problem persists, boot into Safe Mode (hold Shift while clicking Restart, then go to Troubleshoot > Advanced Options > Startup Settings > Restart, then press 4). In Safe Mode, the custom resolution is not applied, so you can remove it from the GPU control panel.

Flickering or artifacts appear. This is a sign of an unstable overclock. Go back to the previous refresh rate that worked. If artifacts persist, lower the refresh rate further or reset to factory defaults.

The custom resolution option is greyed out. This usually means your cable or GPU doesn’t support custom resolutions. Try a different cable, or check if your GPU driver is up to date. For NVIDIA, make sure you are using the NVIDIA Control Panel, not the Windows settings.

Games still show the old refresh rate. Check that the game is set to the correct refresh rate in its video settings. Some games have a separate refresh rate setting that defaults to 60Hz. Also, disable V-Sync or set it to off, as V-Sync can cap the frame rate to the monitor’s base refresh rate.

Overclock works but the monitor OSD shows the old rate. Some monitors report the native refresh rate even when overclocked. Use a tool like the Blur Busters UFO test to verify the actual refresh rate.

After a driver update, the overclock is gone. Driver updates reset custom resolutions. Recreate them in the GPU control panel. This is normal and not a sign of hardware failure.

Frequently Asked Questions

Is it safe to overclock my monitor? It’s generally safe if you increase the refresh rate gradually and stop when you see artifacts. The main risk is reduced lifespan of the monitor’s scaler, but most modern monitors handle a modest overclock (10-20Hz) without issue.

Will overclocking damage my monitor? No permanent damage is likely if you stay within reasonable limits. Forcing a 144Hz monitor to 200Hz may cause permanent artifacts or failure, but a 60Hz monitor to 75Hz is usually fine.

Can I overclock a laptop screen? Usually not, because laptop displays are connected via embedded DisplayPort and the GPU often locks the refresh rate. Some gaming laptops may allow limited overclocking through the GPU control panel, but results vary.

Does overclocking reduce input lag? Yes, a higher refresh rate reduces the time between frames, which can lower perceived input lag. However, if the overclock causes the monitor to drop frames, input lag might increase. Test with a high-speed camera or a lag tester if you’re sensitive.

Why does my monitor only show 60Hz on HDMI but 75Hz on DisplayPort? HDMI versions have bandwidth limits. HDMI 1.4 can do 1080p at 120Hz, but many monitors implement HDMI at 60Hz to save costs. DisplayPort has higher bandwidth and is the standard for high refresh rates.

What if my monitor has a 144Hz native rate—should I overclock it? You can try, but the headroom is usually small. Many 144Hz panels can do 165Hz, but going higher may cause flickering. The benefit is marginal, so only overclock if you need that extra smoothness.

Related

• Wired Headphones Rebound: Wireless Still Leads
• Are Asus Laptops Good? A Detailed Look
• Division 2 Y8S2.3 Patch Notes: Rain Incursion & PvP